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Hoddeson L., Daitch V. — True Genius: The Life and Science of John Bardeen
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Íàçâàíèå: True Genius: The Life and Science of John Bardeen
Àâòîðû: Hoddeson L., Daitch V.
Àííîòàöèÿ: The fact that he won an unprecedented two Nobel prizes in physics (in 1956 and 1972) may be the only extraordinary thing about John Bardeen. He grew up in a middle-class home in Wisconsin with his doctor father, interior designer mother and four siblings. He apparently worked hard, cared deeply about his family, loved sports, was, by all accounts, a gracious and likable colleague and devoted himself to his graduate students. He was also tenacious in pursuit of answers to complex problems in his discipline. Working with William Shockley and Walter Brattain, Bardeen developed the world's first transistor in 1947 and, ten years later, with J. Robert Schrieffer and Leon Cooper, he created a theory of superconductivity. Hoddeson (Crystal Fire) and Daitch attempt a portrait of this unassuming Midwesterner, but offer little more than a rough sketch. As they write in their preface, "We are painfully aware that this book merely scratches the surface of its subject." Little insight is offered beyond descriptions of Bardeen's friends, co-workers and activities. The authors attempt to provide a conceptual framework by examining "the meaning of true scientific genius," but this is largely done in a superficial, 17-page epilogue. Bardeen deserves more public recognition than he received during his life; this book may help in some measure, but it won't bring readers any closer to the man himself.
Copyright 2002 Cahners Business Information, Inc.
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Ãîä èçäàíèÿ: 2002
Êîëè÷åñòâî ñòðàíèö: 467
Äîáàâëåíà â êàòàëîã: 10.09.2005
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Quantum mechanics, wave mechanical formulation 51 60 156
Quantum mechanics, weak paramagnetism of metals 33 60
Quantum plasmas 220
Quantum Principles and Line Spectra (Van Vleck) 33
Quantum statistical mechanics 221
Quantum theory of metals 34 48 60—62 69 78 218
Quasi-particles 202—203 223
Rabi, Isadore I. 51 170 259
Radar 100 110 130 175
Radar detectors 122 125
Radiation Laboratory see “MIT”
Radio 20—21 126 148
Radio frequency spectrum of atomic nuclei 51
Radiotherapy for cancer 25 26
Rainwater, James 196
Random phase approximation (RPA) 78
Rank Xerox Sweden 234
Raytheon 67
RCA 243
Reagan, Ronald 267—270 273
Rectigraph Company 242
Rees, Mina 173
Reline, Bruce 43—44 56 85
Reline, Mary Margaret 43 44 85
Remington, William 152
Rennselaer Polytechnic Institute 223
Renormalization methods 196
Republican Party 10
Reviews of Modern Physics (journal) 69
Rice, T. Maurice 287
Richardson, Robert 218
Ridenour, Louis 171—172 311
Ring current theory 191
Robertson, Howard P. 50—51 53 57 68
Robertson, Randal 173
Rockefeller Foundation 31—32 41
Rockwell, Norman 282
Rogers, Kendal True 186
Roosevelt, Franklin Delano 100—101
Rose, Kenneth 186
Roton momentum 229
Rowell, John 187 226
Ruark, Arthur 40—41
Rumbaugh, Florence 90 96
Rumbaugh, Lynn 90 96 101—102 106 113
Russell, George 184 232 253
Rutgers University 155
Sah, Chih-Tang 183 410
Salamon, Myron 228 289 293—295
Scalapino, Douglas 281
Schachenmeier, Richard 79
Schaffer, Simon 5
Schindler, W.G. 112—114
Schneider, James 172
School Bulletin magazine 11
School Bulletin Publications 11
Schottky, Walter 123 126—127 176
Schrieffer, Anne 311
Schrieffer, J. Robert 3 178 181—182 185 194—203 205 210—218 227 229 230 279— 311 318 320 322 pls. 7
Schrodinger, Erwin 51 75
Schrodinger’s wave equation 60
Schwinger, Julian 53 191 197
Science education 14 178 255 258 273—275
Scientific Data Systems (SDS) 248
Seaborg report 258—259
Seaborg, Glenn 256 258
Second quantization method 192
Seeger, Karlheinz 241 290 296 437
Seitz, Betty 160 163 172
Seitz, Fred 45—46 49 51—57 59—60 62—63 70 72 75 98 108 119 123 152—153 158—160 162—163 172—173 206—207 214 223 259 268 275 311 321 386
Seitz, Jack 163
Selenium 244 248
Selenyi, Paul 242—243
Semiconductors and metals, defense research 112 121 123
Semiconductors and metals, doping 61—62 122 134—135
Semiconductors and metals, early experiments 111 125—126 135 137—138 176
Semiconductors and metals, germanium 122—123 134—135 137 145 176
Semiconductors and metals, hole theory 135 137—138 141 145 176 302
Semiconductors and metals, interfaces 122 125 176
Semiconductors and metals, oxide films 135—136
Semiconductors and metals, p- and n-junctions 126 133—134 136 138 175
Semiconductors and metals, patents 131 133
Semiconductors and metals, photovoltaic effect 126 131
Semiconductors and metals, rectification 111 123 126—127 175 176
Semiconductors and metals, silicon 122—123 126—127 133—134
Semiconductors and metals, supercooling 128
Semiconductors and metals, surface states 127—128 131 137 176
Semiconductors and metals, ultra-high vacuum work 179
Semiconductors and metals, whiskers 122 125 126
Serin, Bernard 155 190 193 216 219 325
Shapiro, Sidney 226
Sharp Corporation 322
Shelley, Mary 5
Shelley, Percy 5
Sherwin, Chalmers 275
Shive, John 138 145
Shockley Semiconductor Laboratory 163
Shockley, Alison 143
Shockley, Billy 143
Shockley, Jean 119 143 147 162
Shockley, May 147
Shockley, William, and eugenics 2 163 273 303—304
Shockley, William, and field-effect transistor 2—3 125—128 131 137 141 143—144 147—148
Shockley, William, and junction transistor 2 131 138 143—145 150 158 161—162 302
Shockley, William, at Bell Labs 73 110—111 122 125—131 137 138 143—145 147—148 150—151 157—162 205—206 pl.
Shockley, William, at Stanford University 163
Shockley, William, Bardeen’s relationship with 2 71—73 110 116 118—119 129 141 145 147—148 150—151 154 157—158 160—161 163—164 175 295 302—303
Shockley, William, crystal dislocations research 128—129 131
Shockley, William, empty lattice test 72
Shockley, William, European laboratory tour 128—130
Shockley, William, honors and awrds 282
Shockley, William, in Silicon Valley 162—163
Shockley, William, marriage and family life 119 143 162—163
Shockley, William, Nobel prize 1 55 205—208
Shockley, William, personal characteristics 2 72—73 116 131 145 150—151 162—163
Shockley, William, problem-solving approach 55 72
Shockley, William, publications 164 175
Shockley, William, surface-states research 72 111 127 381
Shoenberg, David 79 129 155 197
Shortley, G.H. 52
Siemens Laboratory 176
Sierra Club 263
Silicon 110 122—123 126—127 134 207
Silicon Valley 163 251
Simmons, Ralph 239
Simon, Herbert 319
Simonton, Keith 326
Simultaneous discoveries 156
Sirrine, Richard 177 185
Skinner, Burrhus Frederick 68
Skinner, Herbert 77
Slater, John 50 55 62 70—71 73—74 155 194 394
Slichter, Charles 172 213—214 230—231 237 255—256 267 277 310—311
Smith, Bruce 267
Smith, Cyril Stanley 58—59 256
Sneddon, Leigh 290
Society of Exploration Geophysicists 40
Sodium 62 75
Solid-state physics, approximation schemes 59—60 63 70 71 78 191
Solid-state physics, band theory 60—61 92
Solid-state physics, early graduate programs in 55—56 62—63
Solid-state physics, electron hole concept 61 92 134—139 141
Solid-state physics, field-theory concepts in 192—193 196—197
Solid-state physics, high-pressure experiments 68 70—71 73 74—75
Solid-state physics, interdisciplinary nature of 62
Solid-state physics, many-body theory 63 76—77 92
Solid-state physics, postwar growth of 110
Solid-state physics, real vs. ideal materials 53—54 58—59 62
Solid-state physics, textbook classics 69—70
Solid-state physics, tight-binding method 70
Sommerfeld, Arnold 34 48 60 62 69 77—78 92 279
Sony Corporation 174 251—252 305
Soviet Academy of Sciences 277
Special theory of relativity 75
Specific heat 59
Sperry Corporation 111
Spontaneous symmetry breaking 3 198 217
Sproull, Robert L. 249
Sputnik 254
SQUID (Superconducting Quantum Interference Device) magnetometers 226—227
Stanford University 163 315
Stevens Institute of Technology 210
Stoddard, George 311
Stoner, Edmund 129
Strategic Defense Initiative 268—270
Strong-coupling method 194
Submarine detection device 109
Sugarbaker, David 306—308
Sugawara, Todashi 264—265
Sulloway, Frank 326
Superconducting materials 3—4 293—294
Superconducting Super Collider 279—280
Superconductivity, acoustic attenuation 214
Superconductivity, aluminum 213—214
Superconductivity, and charge density waves 285—300
Superconductivity, and diamagnetism 80 97—98 191 216
Superconductivity, BCS theory 3—4 194—203 210—218 225 293
Superconductivity, Bloch’s theorem and 4 79 201
Superconductivity, Bohm — Pines theory and 192 200
Superconductivity, boundary energy and 191
Superconductivity, commercial applications 263
Superconductivity, Cooper pairs 198—199 201—203 210—211 215 218 222 224—225 289 293—294
Superconductivity, credit for discovery 214—215 229—230
Superconductivity, early research and theories 78—79 129 197—198 384
Superconductivity, electron-lattice interactions 155—157 174 187—188 191 193—194 196 211 213
Superconductivity, energy gap theory 80—81 98 154—155 190 198—199 210—211 214 216 286 294
Superconductivity, excitonic 228 234—235
Superconductivity, field theory applied to 191—192 194 196—197 212
Superconductivity, gauge invariance issue 215 217
Superconductivity, high-temperature 220 239 242 253 293—294
Superconductivity, interaction energies 191
Superconductivity, isotope effect 155 157 216
Superconductivity, Josephson effect 222—227
Superconductivity, junctions 288
Superconductivity, lattice vibrations 187 190 192—194 230
Superconductivity, London theory 79—80 97 98 129—130 154—155 190 193—194 197—198 201 216 279
Superconductivity, long-range order 198 201—202 210 286
Superconductivity, many-body theory and 191—192 195—197 200 203 217
Superconductivity, Maxwell’s equations and 80
Superconductivity, Meissner effect 80 98 190—191 198—199 201 212 216
Superconductivity, microwave experiments 129—130
Superconductivity, minimum-energy state and 79 92 195
Superconductivity, momentum space 201 203 211
Superconductivity, order parameter 193—194 211
Superconductivity, parallel research efforts 155 156—157 173 205 212
Superconductivity, Pauli principle and 211
Superconductivity, polaron problem and 192—193
Superconductivity, publication of results 212—216
Superconductivity, quantum-mechanical framework 80—81 193 202
Superconductivity, quasi-particles and 202—203 223 225
Superconductivity, ring current theory and 191
Superconductivity, second-order phase transitions 194 212—213 216
Superconductivity, skeptics and skeptisicm about BCS theory 216—218
Superconductivity, subproblems 190—191
Superconductivity, symmetry breaking 3 198 217 224 225 286
Superconductivity, t-matrix methods 200
Superconductivity, technologies 4
Superconductivity, thermodynamics 80 191 212
Superconductivity, thin-film experiments 191 214
Superconductivity, tin 155
Superconductivity, tunneling 222—227 230—231 286—300
Superconductivity, wave functions 190—191 193—194 203 210—212 214—215
Superfluidity 218 221 226—227 229 231 238 261 288
Supertex 251
Surface states 72 76—77 122 127—128 133—134 176
Sylvania 111
Szanton, Andrew 54
t-Matrix methods 200
T. Mellon & Sons 38
Takeyama, H. 294
Tamm, Igor 127 276
Tate, John 83—84
Technische Hochschule 50
Tefft, Wayne Earl 186
Teichmann School (Leipzig, Germany) 12
Terman, Lewis 315 317
Texas Instruments 249
Thant, U. 263
Theoretical bridges 33 61 72 202 210 324
Theory of Atomic Spectra (Condon and Shortley) 52
Theory of Electric and Magnetic Susceptibilities (Van Vleck) 33
Theory of Lhe Properties of Melals and Alloys (Mott and Jones) 69—70
Theory of Metals (Wilson) 69—70
Thermodynamics 80 191 212
Thin-film experiments 191 214
Thorne, Robert 296
Tight-Binding Method 70
Tin 155
Tinkham, Michael 155 214
Tokyo Tsushin Kogyo Company 174
Tomonaga, Sin-itiro 53 191 194 197 210
Torpedo design 104—106
Torrey, Henry 155
transistor see “Semiconductors and metals”
Transistor, and electronic revolution 3 149—150 174 177 206 246 251 306
Transistor, announcement of discovery 140—141 147 148
Transistor, Bell Labs research 72 123 131—141 143—146
Transistor, bipolar 136—137 143—145 150 302—303
Transistor, credit for discovery 2 147—148
Transistor, demonstrations and lectures 140—141 149 173 175 206 227 pl.
Transistor, designs 123 126—127 132—134 136 138—141
Transistor, early research 144 176
Transistor, effect 137 138 323
Transistor, field-effect 2 3 125 126—127 128 131 132—134 136—137 141 143 144 157 303
Transistor, hearing-aid applications 149—150
Transistor, hole concept in 134—139 141 145
Transistor, industry leader 249
Transistor, invention 1 48 131—141 246—247 301 306
Transistor, junction 2 131 143 144—145 150 158 161—162 174 302—303 403
Transistor, line-contact design 139—140
Transistor, military classification 146
Transistor, MOS-FET 137
Transistor, naming 146—147
Transistor, parallel research efforts 146
Transistor, patents 137 143 144—145 146 157 174 302—303 403
Transistor, point-contact design 132—34 137 139—140 143 146 150 157 pls. 8
Transistor, publication of research 146 149
Transistor, secrecy procedures 143—145
Trowbridge, Adams 45
TRW 125
Tsuneto, Toshihito 186
TTF-TCNQ 228
Tucker, John 239 287—300
Tungsten 134
Tweney, Ryan 326
U.S. Bureau of Standards 39
U.S. Department of Education 275
U.S. Department of Energy 275
U.S. Public Health Service 102
Uhlenbeck, George 50
Ulam, Stan 68
Union of Concerned Scientists 431
Universitetets Institut for Teoretisk Fysik (Niels Bohr Institute) 221
University High School (Wisconsin) 21
University of Bristol 34 55
University of California at Berkeley 192 214 286
University of California at Los Angeles 285
University of Chicago 73 108 172 218 223 234
University of Chicago, Laboratory (Dewey) School 13—15 21 320
University of Illinois at Champaign — Urbana 1 6 49
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